Windel, Recurrent Propose 150-MW Battery in England

• Buckland BESS: a game-changing 150-MW battery storage project set to enhance Weymouth's energy resilience and support England's renewable future!

Windel Energy and Recurrent Energy have submitted a planning application to the Dorset Council for a 150-MW battery energy storage system (BESS) in Weymouth, England. The project, named Buckland BESS, aims to enhance the national grid's reliability and capacity by storing excess electricity generated during peak conditions and supplying it back when demand rises. It will be connected to an existing substation via underground cables.

The managing director at Windel Energy, Jamie Knott, described the proposal as a significant opportunity to bolster local and national renewable energy efforts while aligning with Dorset Council's climate objectives. Meanwhile, the companies have also launched a consultation for a solar-storage hybrid project in Lincolnshire.

What are the benefits of the Buckland BESS project for renewable energy in Dorset?

The Buckland BESS project has the potential to bring numerous benefits to the renewable energy landscape in Dorset. Here are some key advantages:

• Grid Stability: By storing excess electricity generated during peak renewable production times, Buckland BESS will help improve the overall reliability and stability of the national grid, reducing the risk of outages.
• Support for Renewables: The project will provide essential support for local and regional renewable energy sources, including wind and solar. This will enable more renewable energy to be integrated into the grid, moving towards a greener energy mix.
• Energy Demand Management: The storage system will allow for better management of energy demand, supplying stored energy during peak usage hours when demand exceeds generation. This can contribute to reduced reliance on fossil fuel power plants.
• Economic Growth Opportunities: The project is expected to create jobs during the construction phase and could facilitate ongoing employment opportunities in maintenance and operation, positively impacting the local economy.
• Reduction in Carbon Emissions: By enhancing the capacity for renewable energy storage and use, the Buckland BESS contributes towards a reduction in carbon emissions, aiding in the pursuit of climate goals established by both local and national authorities.
• Enhancement of Local Infrastructure: Connecting to the existing substation via underground cables minimizes visual impact and land disruption, while enhancing local infrastructure and making it more resilient in the face of evolving energy needs.
• Consultation and Community Engagement: The initiation of public consultations indicates a commitment to community involvement, ensuring that local stakeholders have a voice in the development of the project and that their concerns are addressed.
• Potential for Future Expansion: The Buckland BESS could serve as a model for future energy storage projects in Dorset and beyond, promoting further investments in renewable energy technologies.
• Synergy with Other Renewable Projects: The success of Buckland BESS could encourage synergy with other renewable initiatives in the region, such as the solar-storage hybrid project in Lincolnshire, fostering a broader transition to sustainable energy solutions.
• Increased Energy Independence: By harnessing locally generated renewable energy and reducing reliance on external energy supplies, the project can contribute to greater energy independence for the region.

Overall, the Buckland BESS project represents a significant advancement in supporting renewable energy initiatives in Dorset, fostering a more sustainable energy future for the region.